The volume of a cylinder is (pi) x (radius of the base)2 x (height)
Radius = 1/2 diameter
Volume of the tall tin-can you've described is (pi) x (21)2 x (96) = 133,002.5 cubic inches = 575.77 gallons. (rounded)
That's the volume of the shape you described. We have no way of knowing
how much water may be in it at any given time. For all we know, it may be
empty, or full of chicken feathers etc.
A cylinder 50 feet in height and 6 inches in diameter can hold up to 73.44 gallons of water.
U tell me
It would contain about 10895.04 cubic inches, which according to a converter i use assuming you mean united states liquid gallons, is 47.1646 gallons, that is slightly off as there was a decimal to the cubic inches. If you want to do it yourself it is (17/2) squared times pi times 48 to get cubic inches, then find an online website, ect. to convert it to gallons.
Approx 2.1 Imperial gallons = 2.5 US gallons.
There need not be any water in the pipe! The volume of the pipe is 1044 Imperial gallons
Is the pool a circle? Do you want US gallons, or Imperial gallons?
489.76 gallons of water.
A cylinder with a diameter of 19 inches and a height of 12 inches can hold up to 14.73 gallons of water.
74.42 gallons.
If 24 inches is the diameter, there are 141,004 gallons of water. If 24 inches is the radius, there are 564,018 gallons of water.
A cylinder 50 feet in height and 6 inches in diameter can hold up to 73.44 gallons of water.
244.78 gallons
66 gallons
Exactly 35.2332 gallons, but 36 to be safe.
16.32 US gallons.16.32 US gallons.16.32 US gallons.16.32 US gallons.
150
It will take 5,104.1 gallons of water to fill this cylinder.